This oxygen and nitrogen generation system uses pressure swing adsorption principles at normal temperatures, along with clean, compressed air as the raw material, and a carbon molecular sieve as the adsorbent. Due to different adsorption of oxygen and nitrogen onto the carbon molecular sieve surface as well as different diffusion rates through the open or closed program control valve, separation of the two gasses is achieved, and nitrogen of required purity is produced.
The system vaporizes liquid ammonia, and heats it with a catalyst until decomposition occurs, creating a mixture of gas consisting of 75% hydrogen and 25% nitrogen. Based on the principle that the molecular sieve adsorbs ammonia and water at different temperatures, high purity gas is produced by heat regenerating through the mixture working at normal temperature.Hydrogen production 5-500nm3/h Impurity oxygen 2ppm Residual ammonia 3ppm Dew point -65°c Working pressure 0.05-0.2mpa
Methanol is converted to co and h2 with the action of the catalyst; -co and h2o are converted to co2 and h2 with the action of the catalyst; -co2 and trace co are separated from the decomposed gases by psa technology, and high purity of h2 is generated.
This separation process occurs in an adsorption tower and is advantageous in its low cost, low capacity, minimal maintenance requirements and user-friendly interface. The h2 purifying system removes oxygen from hydrogen via a catalyst to obtain high purity h2 after adsorption and drying through the dust filter. The system can remove oxygen down to levels of 1ppm. Through one step of purification, the purity of the hydrogen generated can reach between 99.999~99.9999% and the dew point can be lower than -70°c; through a second purification step, impurities can be , 0.8mpa H2 purity % >98-99.999% Dew point , -60°c Oxygen content , 1ppm
Introduction: Hydrogen electrolyte and oxygen electrolyte circulate separately, hydrogen electrolyte pumps into hydrogen fuel cell directly and oxygen electrolyte pumps into oxygen cell directly, and therefore gets higher purity of hydrogen and oxygen gas. Specifications: O2 purity % >99.5 Power consumption (dc) < 4.5 kw.H/m3h2 Electrolyte 30% koh Work pressure 0.5-5.0mpa
30 MW LM2500 Gas Turbine Power Plant Complete plant with (1) Two 30 MW LM2500 Gas Turbine, HRSG boiler with supplementary burner 10.5 KV, 50HZ, Turbine Year: 2007, Dual Fuel: Natural Gas (NG) and Liquid Fuel, Hours run since overhaul 12000 hrs., Borescope performed in 2016, Large amount of Spares come with Package, Transformers, electrical systems, control systems, cooling systems, starting system, lubricating system, pumps, fire fighting system and much more. Complete package.
105 MW Wartsila HFO Power Plant (7) 15.143 MW Wartsila 18 V 46 Four stroke, Direct Injected, Turbo Charged Heavy Fuel Engines and Generators, Commissioned 2001, 11000 V, 50 HZ, Engines were overhauled and have run between 400 hrs to 9000 hrs. Next overhaul is at 3000 to 11500 hours( depending on the engine) (3) Waste Heat Recovery Boilers:, Cooling system, Lube Oil system, Lubricating Oil System, Control and Monitoring System, Transformers, Electrical System, Pumps, Air System, Exhaust System, Compressed Air System, Tanks and much more. Plant can be purchased as a complete Turnkey Operation on your site if required.
46 MW LM6000 PC Sprint Gas Turbine Power Plant Complete plant with 46 MW LM6000 PC Sprint Gas Turbine, Brush Turbo Generator, 60 MT/HR (HRSG), Fuel: Natural Gas, 17,000 hrs. since overhaul, Year of commissioning 2006, 11.5 KV, 50 HZ, Transformers, electrical systems, control systems, cooling systems, starting system, lubricating system, pumps, fire fighting system and much more. Complete package.
70 MW Wartsila Dual Fuel Power Plant This a complete plant that has Total Power:70840 K, Total Hot Water production :360 ton/h, Total Steam :35 ton/h, (6) six Wartsila Natural Gas and Dual Fuel Generator sets (4) 8730 kW Wartsila 20SV34SG Natural Gas Generator Sets, Year 2006 to 2009, 15000 to 40000 hours (2) 16650 KW Wartsila 50 DF Generator sets (Natural Gas, Light Fuel Oil & Heavy Fuel Oil) Year 2010, 11,000 running hours, 514 rpm, 50 HZ, Siemens Steam Turbine, Boilers, Cooling system, Lubricating Oil System, Control and Monitoring System, Electrical System, Transformers, Pumps, Air System, Exhaust Gas System, Compressed Air System, tanks and etc. The (2) 16650 KW Wartsila 50 DF Generator sets can be purchase separately from the rest of the plant.
60 MW Wartsila Natural Gas Power Plant Consists of (6) 9730 KW Wartsila 20V34SG Natural Gas Engines and AVK Alternators, Fuel: Natural Gas, Year 2010/2011, 11 KV, 50 HZ, low running hours. Complete plant with all auxiliaries. Well maintained by OEM since new with all service records on site.
140 MW Wartsila Natural Gas Power Plant Complete Natural Gas Power Generation Plant in new condition with only 1300 hours of operation, equipment manufactured in 2011/2012. Plant has (13) 9730 KW Wartsila 20V34GS Natural Gas Reciprocating engines with AVK Alternators, Siemens Steam Turbines heat Recovery Boiler, 11 KV, 50 HZ, Fuel Natural Gas, includes all auxiliary equipment. Plant is being sold at a reduced price for quick sale.
95 MW Wartsila Natural Gas Power Plant Consists of (12) Wartsila 20V34SG Natural Gas Engines and ABB Alternators, Fuel: Natural Gas, Year 2005/2009, 11 KV, 50 HZ, Complete plant with all auxiliaries. Well maintained by OEM since new with all service records on site.
80 MW Pratt & Whitney FT8 Combined Cycle Power Plant Two (2) 29 MW Pratt & Whitney FT8-3 Swiftpack single shaft gas turbines with air cooled brush generators, Fuel: Natural Gas (NG), 3000 rpm, 50 HZ, Hours: 16,000 hrs, commission in 2010, (2) Steam turbines, transformers, condensers, electrical systems, control systems, cooling systems compressor systems, starting system, lubricating system, fire fighting system and much more. Complete plant, can be inspected in operation.
200 MW Siemens SGT-800 Gas Turbine Power Plant Three (3) Siemens SGT 800 Gas Turbines, Siemens Steam Turbine, 3000 rpm, 50HZ, Commissioned Year: 2013, Total operating Hours, 21,000, Hours ran after last inspection 2500 hrs. (3) HRSG, RMS station, HV switchyard,, electrical systems, control systems, air systems, cooling systems, compressor systems, pumps, starting system, lubricating system, fire fighting system and much more. Complete plant, can be inspected in operation.
60 MW GE LM6000 PC Gas Turbine Power Plant 50 MW GE LM6000 PC gas turbine, Year of manufacture: 2011, Hours since new: 7000 hrs., 3000 rpm, 50 HZ, 13 MW Siemens SST 300 steam turbine, Year of manufacture: 2012, Hours since new: 5000 hrs, transformers, electrical systems, control systems, air system, cooling system, starting system, lubricating system, air compressors, HV System, MV System, LV System, ABB Pumps, Demi Water Systems, fire fighting system and much more. Complete plant in new condition, can be inspected in operation.
120 MW LM6000 PC Gas Turbine Power Plant 120 MW LM6000 combined cycle power plant consists of ( 2) 47 MW LM6000 PC Gas Turbines, Year 2007, 50 HZ, 11.5KV. HRSG, Steam Turbine, electrical systems, control systems, air system, cooling system, starting system, lubricating system, air compressors, demineralization unit, switch room, transformers, pumps and much more. The LM6000 PC gas turbine power plant is a complete plant that has been well maintained since installation on site. Can be seen in operation.
Power Purchase Agreement (PPA) Power Projects We provide affordable solutions for your energy needs by providing a secure and stable power supply through a Power Purchase Agreement (PPA) contract, where we build, own and operate (BOO) small to medium size power plants and sell the power to your facility at a very competitive rate. Contact us
Joint Venture Agreements (JVA) Power Projects We provide solutions to equipment owners in joint venture agreements by purchasing existing power plants that are operating marginally or at a loss and entering in to a profit sharing arrangement with the power plant owner. Contact us
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Bio diesel processing plant new & proprietary technology, simpler process with lower operating costs 1million gals.
